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PRL Motorsports 2023+ Honda Civic Type-R FL5 Stage 1 Intake System

SKU PRL-HCR11-INT-S1
Original price $119.99 - Original price $119.99
Original price
$119.99
$119.99 - $119.99
Current price $119.99
  Lease to own   Pay as low as   $/week

The PRL Motorsports Stage 1 Intake System is an aftermarket intake upgrade designed for the 2023+ Honda Civic Type-R FL5 and is compatible with various variant models, including right-hand drive (RHD) and international models. Here are the key features and details of this intake system:

Compatibility:

  • Fits 2023+ Honda Civic Type-R FL5
  • Compatible with variant models including RHD and international models

Important Notes:

  • No ECU calibration is required for this modification.

Technical Details:

  • The Stage 1 Intake System is designed to replace the factory inlet hoses with smoother-flowing 4-ply silicone hoses and a high-flow air filter.
  • The factory inlet hoses with corrugated design can disrupt air flow, limiting power potential and throttle response. The PRL Motorsports silicone hoses are designed for smoother air flow and improved performance.
  • The hoses are constructed with stepped internal receiving grooves for seamless transitions, further optimizing air flow.

Kit Includes:

  • (1) High Flow Drop-In Oiled Panel Air Filter
  • (1) 4-Ply Silicone Intake Hose Kit

Purpose:

The primary purpose of the PRL Motorsports Stage 1 Intake System is to improve air intake efficiency and optimize air flow to the engine. By replacing the factory inlet hoses with smoother-flowing silicone hoses and a high-flow air filter, the intake system aims to enhance power potential, throttle response, and overall engine performance.

Benefits:

  • Improved Air Flow: The silicone hoses and high-flow air filter aim to provide better air flow compared to the factory setup.
  • Potential Performance Gains: The improved air flow can potentially result in increased horsepower and torque.
  • Throttle Response: Better air flow and reduced restriction can contribute to improved throttle response.

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